Tarragon

Ross Grassie, Technical Programme Manager, Qauntum Software Lab

Tensor networks, which represent quantum states as connections of small tensors, are a powerful method for efficiently expressing various quantum states, allowing for the investigation of quantum many-body systems using classical computers. Moreover, by applying tensor network representations to general tensor-type data, we can discover a wide range of applications that may lead to computations […]

Recognizing the pivotal role of quantum computing in future materials discovery, Mitsubishi Chemical Group has been researching the application of real quantum devices to practical materials simulations, machine learning, and optimization calculations with many world’s leading institutes such as IBM, Keio University, Fujitsu, PsiQuantum and Toronto University in the past a few years. In this […]

This study explores the use of quantum kernel learning for fault diagnosis tasks in a commercial telecommunications network. One of the prevailing challenges in quantum kernel learning is to find a way to calculate the inner product between two feature vectors that can consistently achieve high performance. We propose a method that implements tunable parameters in the […]

Sumitomo have many businesses in mobility industry. To determine whether quantum computers is useful, we took on the challenge of improving car share business. Although it is still a desktop simulation, the result shows 26% improvement of operator efficiency. We believe that these results will be beneficial for various mobility businesses. Dr. Masaru Sakamoto, Assistant […]

In the realm of new material development, certain quantum scientific calculations are performed on actual quantum computers using FTQC (Fault-Tolerant Quantum Computing) algorithms developed by Quemix. The effects and implications of employing quantum computing technology are carefully evaluated. Hirofumi Nishi, Director R&D, Quemix Inc Takeshi Aoyagi, Senior General Manager of Informatics Initiative & Principal Expert, Asahi […]

Earlier this year, Microsoft and Quantinuum achieved a groundbreaking advancement in quantum computing by producing the most reliable logical qubits to date. This breakthrough, utilizing Microsoft’s qubit-virtualization system alongside Quantinuum’s System Model H2, resulted in logical circuit error rates that are 800 times lower than physical circuit error rates, significantly accelerating the timeline toward large-scale, […]

Introducing AIST's efforts to develop technologies and create solutions for the realization of industrial-level quantum computers, which are targeted to be realized around 2030 Masahiro Horibe, Deputy Director, AIST/G-QuAT

Sumitaka Koga, CEO, Quanmatic, Inc. Moderator : Nardo Manaloto, Managing Partner, Qubits Ventures Dimitris Angelakis, Founder, AngelQ Quantum Computing Shannon Whitlock, Co founder & Scientific Advisor, QPerfect

Moderator: Steve Suarez, Founder & CEO, HorizonX Consulting Yohei Matsueda, General Manager for Digital Solution, Mitsubishi Corporation London Branch Stefan Natu, Head of Product, Amazon Braket, AWS Teik Guan Tan, […]

Lasers are key components for realization of quantum information systems and quantum sensors. They are used in atomic systems for control and manipulation of transitions that serve to realize qubit […]

LQUOM, which develops quantum communication systems, quantum repeaters, and related technologies for the realization of the quantum Internet, is a spin-off startup from Yokohama National University. As we all know, […]

Carmen Palacios, Founder & CEO, Nu Quantum

Bruno Sanglé Férriere, CEO, Carrousel Digital